Jun 20, 2011

Parkinson: pride and prejudice on solar scheme

If the Labor government had wanted to further distinguish its clean energy policy from its predecessor's, then it would have got a fair bit of traction from the choices made in the first round of the $1.5 billion Solar Flagships program.

Surely it wasn’t deliberate! But if the Labor government had wanted to further distinguish its clean energy policy from its predecessor's, then it would have got a fair bit of traction from the choices made in the first round of the $1.5 billion Solar Flagships program. The two consortia chosen to lead Australia into the era of large-scale solar energy facilities both contain technologies or business plans that had been forced to emigrate under the Coalition government because of a lack of support and incentive. Dr David Mills developed his unique solar thermal technology at the UNSW, but was forced to pack up and go to California to seek investment backing and government incentive. Ausra, the company he founded, was bought by the French government-owned nuclear energy giant, Areva, for about $200 million early last year. Now Areva has been chosen to "bring the technology home" and build a $1.2 billion, 250MW solar thermal hybrid plant near CS Energy’s Kogan Creek power station in Chinchilla in south-west Queensland. BP Solar closed Australia’s only solar PV manufacturing facilities in 2008, although that had more to do with internal decision-making than local policy. But its consortium partner, Australia’s Pacific Hydro, pushed all its renewable energy development overseas in the mid-2000s after Howard refused to extend the renewable energy target. Now the consortium, along with Spanish solar giant FRV, attracted to these shores for the first time by the Flagships process, has been chosen to build a $923 million, 150MW solar PV plant in Moree in NSW. And as if to underline the difference, as Prime Minister Julia Gillard and Energy Minister Martin Ferguson sung the praises of the solar industry at the launch of the solar thermal research centre at the CSIRO facilities near Newcastle, and then at the flagship announcements in Brisbane and Sydney respectively, Opposition Leader Tony Abbott chose to turn up at a coal mine in the Hunter Valley to complain about a carbon price. It could hardly have been scripted any better. If only the mainstream media had noticed. But let’s not get too carried away just yet. In so many ways, the Solar Flagships program typifies how political vanity can diminish a really good idea. We’ve seen it with the spectacular indulgence of the NSW Labor government in the feed-in tariff for rooftop solar, when it sought to curry favour by paying a rate far in excess of what was needed. And we’ve seen it the grandiose plans by former PM Kevin Rudd -- the originator of the Solar Flagships concept -- to create a series of solar mega projects, when what was really needed was a multitude of smaller projects to test the huge variations in Australia on technologies, costs, locations, and grid connections. There is evidence that the federal government has finally got this message, at least over the flagships concept. "We’ll see if we can learn anything from this process," Ferguson said on Saturday. "We’ll be even better at it next time." The expectation is that the second round of the flagships program is likely to see up to a dozen or more smaller projects of around 50MW to test the various technologies and conditions in the country. Ferguson said falling costs would mean that the government would get a "bigger bang for its buck" next time around. Pushing forward with the next phase will be critical to retaining the interest of the 50-odd other applicants for the Solar Flagships funding. If, as Ferguson rightly suggests, the costs of solar energy are falling "faster than anyone expected", then Australia needs to encourage these companies to invest here before their balance sheets are occupied elsewhere. The withdrawal of Spain’s Acciona from the Flagships shortlist was a warning that some large international clean energy developers will not leave capital tied up unnecessarily when there are opportunities to be pursued in other countries. The Greens, of course, and those backing emerging technologies, want added assistance, such as feed-in tariffs and loan guarantees, and will put these ideas forward at a solar round-table on July 8. Ferguson has resisted this, although it was interesting how he noted that the costs of solar PV were plunging because of economies of scale. And what is driving these economies of scale, here and overseas? The very feed-in tariffs and loan guarantees that the minister abhors. The other major task for Canberra is to try and ensure that the next generation of Australian technology does not end up, like Ausra, in the hands of a French government, or any international. Ferguson argues that the "real economic opportunities will come through R&D. And we can export those opportunities". He went on, sounding like a genuine clean-energy enthusiast, describing the huge demand for renewable energy technologies. "The real opportunities will come through R&D, and then we’ve got to keep control of the technology and sell it throughout the world," he said. But many people will argue that is not done simply with R&D; that it is done with commercial programs, the "learning by doing", that is the catch-cry of the clean energy transformation. Ausra was sold to the French because it had no resources to make that transition. Still, faced with the task of picking two winners from seven applicants, the selection team appears to have done a good job. Interestingly, they eschewed the solar PV proposals put forward by the vertically integrated utilities AGL and TRUenergy. Both had teamed with Bovis Lend Lease and proposed to use the thin-film technology of US market leader First Solar. Perhaps the selection team was conservative, but the winning bid brings more players to the market. The other applicant to miss out was the Infigen/Suntech proposal. The solar thermal choice was more predictable. Transfield -- which was also proposing a linear Fresnel technology owned by its German offshoot Novatec Biosol -- was once considered the likely leader on cost, but fell behind the pack when its proposal to transform the Collinsville coal-fired power station near Townsville proved more complex than first assumed. The other proposal was the Solar Flair alliance, using parabolic trough technology and comprising a heavyweight alliance including Parsons Brinckerhoff, Siemens, John Holland and CS Energy. It, presumably, will be bidding in the second round. *This article first appeared on Climate Spectator

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7 thoughts on “Parkinson: pride and prejudice on solar scheme

  1. John Bennetts

    There are more than one reason why Solar Heat & Power, which evolved into Ausra, was unable to reach its full potential in Australia. Not only was this company unable to deliver its early Australian projects on time, but poor quality was an issue throughout its Australian phase. I know… I was there, on site, on two projects.

    The Americans provided much-needed capital and solid management expertise, but I do not know what caused them to sell to the French.

    The reason I am providing this comment is to indicate that SH&P’s departure to USA and beyond was driven by much more than any government decision.

    Besides this, there are several competing technologies for solar thermal steam generation, including parabolic troughs, linear fresnel reflectors (lines of mirrors – eg Ausra and Novatec being two with strong Australian links) and arrays of tracking mirrors targetted onto a high temperature collector plate in a tower. It is too early to say which version of these technologies will dominate future solar thermal installations, but at least Australia’s Solar Flagships projects are stepping beyond demonstrations – these are full sized, productive, real installations. I, for one, welcome them all, regardless of which country the shareholders live in.


  2. Michael James

    “BP Solar closed Australia’s only solar PV manufacturing facilities in 2008, although that had more to do with internal decision-making than local policy.”

    That same facility at Sydney Olympic Park is once again open and manufacturing PV product, under the name Silex Solar.

  3. ggm

    I would love to have somebody help me understand to what extent solar pre-heat on the water going into classic coal-fired power stations could lift efficiency.

    I ask, because with transmission losses at 10%+, and with a huge NIMBY cloud over new line-laying, a big, if not insurmountable problem facing green-field solar of any kind is getting it into the grid.

    If solar can make even a single-digit impact on existing coal fired systems by increasing thermal efficiency, why not do it?

    Reductionist arguments about ‘replace not augment’ beg many questions.


  4. John Bennetts


    An example may suffice.

    Liddell Power Station, in NSW, is a 4 x 500MW power station. It has an existing Ausra/Areva array which provides low temperature steam to one of the boilers.

    There was room for the array to be increased by a factor of about 4 to 6, so scaling up is possible, but only within limits posed by the site, ie the lake and the existing power plant. Other power stations will have differing site constraints and opportunities.

    When finally sorted – it is currently settling in after being commissioned – the existing arrays will be able to deliver 2 or 3 percent of the heat load of a single 500 MW unit, for perhaps 20% of the time, say 1600 hours per year; 20 GWh electrical energy sent out total, per year.

    So, for Liddell, the existing Areva array is roughly equivalent to 20 GWh out of a station’s annual load of 13,ooo GWh – about 1/6th of a percent.

    If enlarged to the limits of the site – about 1%.

    This might not sound like much, but the existing Areva array is capable of saving close to 10,000 tonnes of coal per year. If expanded to the maximum capacity of the site, this could be 60,000 t/y.

    For comparison, each full length train heading to Newcastle carries about 10,000 tonnes of coal. We are talking multiples of trainloads.

    Incidentally, Liddell Power Station is also home to a slightly larger solar array being constructed by Novatec, a German subsidiary of an Australian corporation. Where else in the world can both technologies be seen side by side? Both have elements of FOAK builds, so Liddell’s results can confidently be expected to improve and costs to come down next time around.

    Disclosure: I have worked for Macquarie Generation, which owns Liddell power station and for one of the constructors. I was involved during the design and construction phases of both arrays. Readers will understand that my comments are general only, in response to a general question and that in no way are my words to be taken as representing either corporation.

    Those seeking more detailed information about these projects are advised to contact their spokespersons.

    Finally, “Why not do it?” Every site presents more than just one opportunity for improvement. All are different. Every project involves costs, both capital and operating. Whether or not a project proceeds should be based on the answer to many questions, including “What else could we get for this much money?”

  5. ggm

    Thanks John. great, detailed answer. Blog it up mate!

  6. ggm

    Since I’m on a roll, a second un-related question. neither of the installs Labor announced appear to use the salt thermal storage method. (I looked, I didn’t see them mentioned). -This is well understood technology, so why didn’t it make sense to include thermal mass for load balancing in the deployment?

  7. John Bennetts


    Kogan Creek power station can take the solar generated steam whenever it is available. No point in storage. No need for cost plus losses.

    Salt or other thermal storage can be considered as an add-on. If it isn’t needed, don’t bother with it. Kinda like front brakes on a pushbike.

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